Sample processing | Complete thermal analysis process |
Liquid sample | Maximum volume 1.5ml |
solid sample | Maximum sample size 1.5g |
Control terminal | 640 or PC terminal |
light source | Ultra long lifespan low-pressure mercury lamp |
wavelength | 253.65nm |
detector | Silicon UV photodetector |
repeatability | RSD<1.0%@1ng |
detection limit | 0.0005ng |
measuring range | 0-1500ng high and low range automatic switching |
standard | Standard solid substance or standard solution |
carrier gas | Oxygen, 200ml/min |
autosampler | Rotary type, 40 positions |
software | Windows operating software that fully complies with TQM, GLP, ISO, CFR21, and PART11 requirements |
power supply | 220V,50Hz |
size | 80×42×30(H) |
weight | Total weight 56kg |
-
No need for sample pre-treatment
Real solid, liquid, and gas samples can be directly injected without switching modules
-
Simple and efficient measurement process
You just need to weigh the sample, place it on the automatic sampler, click start, and complete the measurement with one click
-
Ultra high work efficiency
The sample is not affected by the type of substrate, and liquid samples do not require a long drying process. Any sample can be processed within 5 minutes
-
Ultra low detection limit, ultra wide linear range
Detection capability of 6 orders of magnitude, ranging from 0.0005ng to 30000ng
-
Extremely low detection cost
No need for extra consumables such as drying tubes, detection costs are 70% lower than ordinary atomic/fluorescence, and 40% lower than similar products
-
Efficient enrichment and analysis rate
Nano scale gold amalgam enrichment technology, combined with a resolution rate of 900 ℃/2s, fully ensures perfect absorption peak shape to achieve excellent accuracy and precision, while minimizing analysis time
-
Exclusive constant temperature system
From the drying decomposition furnace, catalytic furnace, homogenization furnace, to the detection tank, all are constant temperature systems that completely eliminate signal drift caused by voltage, temperature, and other fluctuations, ensuring that the instrument has outstanding precision